algograph-algebraic-portfol.../README.md

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# AlgoGraph: Algebraic Portfolio Compiler for Edge-Compute
This repository implements a minimal, production-ready MVP of AlgoGraph: a portable, algebraic graph-based framework for edge-enabled portfolio optimization. It models portfolio components as a graph of local optimization blocks, data channels, and verifiable plan updates.
- Core primitives: PortfolioBlock, SignalMorphism, PlanDelta, DualVariables
- Tiny edge-friendly solver: ADMM-lite for convex objectives
- Adapters: basic scaffolding for venue connectors
- Verifiable plan deltas with versioning metadata
How to run tests
- bash test.sh
Packaging
- This package is provided as a Python project. The package name is algograph_algebraic_portfolio_compiler_f.
- See pyproject.toml for packaging metadata and dependencies.
Roadmap highlights
- Phase 0: core algebraic primitives, two device adapters, one risk model adapter
- Phase 1: offline backtester, delta-sync protocol, privacy budgets
- Phase 2: cross-venue demo with two brokers
- Phase 3: HIL/mobile pilot and performance benchmarks
- Phase 4: governance and adapter marketplace
DSL Sketch (Minimal)
- LocalProblem: id, assets, objective, constraints, signals
- SharedSignal: named data channels carrying signals between blocks
- DSLPlanDelta: versioned incremental plan changes with timestamp and author
- DSLDualVariables: simple container for Lagrange multipliers
This DSL sketch is implemented in the package at src/algograph_algebraic_portfolio_compiler_f/dsl.py and can be used to bootstrap a portable, algebraic graph representation for edge deployments.
Two-Venue Bridge MVP (next steps)
- Extend the DSL with a canonical bridge (EnergiBridge-like) to map AlgoGraph primitives to vendor-agnostic IR for cross-venue adapters.
- Build a lightweight, ADMM-lite local solver on edge devices that interoperates with a central risk model via versioned PlanDelta and PrivacyBudget attestations.
- Implement a Graph-of-Contracts registry to version adapters and data schemas, enabling auditable cross-venue collaboration without leaking raw data.
- Provide two starter adapters (venue A and venue B) and a toy central aggregator to demonstrate end-to-end delta-sync, deterministic replay, and privacy-preserving signals.